Yeah I don’t envy drywallers. That is exhausting work, especially since a lot of them get paid by the sheet. There’s a running joke in construction about them constantly leaving soda bottles full of piss because they can’t take the time to go to the john.
Electrical construction (I mostly did commercial fwiw, but dabbled in residential and industrial as well) can be pretty rough too. Other than the brief time I worked with the union, you’re pretty much expected to bust ass all day every day, forever. It was… not fun, most of the time.
But you’re right on the last point too - once you really understand the system, most faults can be tracked down and figured out pretty quickly. After all, electricity is basically binary - either the circuit works, or it doesn’t, in which case you just keep following it back to the part where it does work, and now you can find the problem.
It’s not always that simple, like if multiple circuits are sharing a neutral, or you’ve just got a loose neutral connection… but as you may guess, if you’ve got power where you’re supposed to but the thing still won’t work, the problem is the neutral. So… it’s still kinda simple lol. There’s only so many parts to a circuit after all.
And then of course you have those rare issues where the fault is actually dangerous! Just a few years ago I called an electrician to my house because the breaker for the laundry room light fixtures was tripping every time, so I suspected a short. The electrician who showed up (hell of a guy, loved to chat!) said the ceiling light fixture was wired incorrectly and the housing was live! A quick and easy fix for him but anyone changing a lightbulb on that socket over the past 30 years was risking a shock!
Of course this is only 120V AC so not the deadliest thing in the world, but it’s always fascinated me that a fault can go unnoticed for many many years and still pose a hazard. It’s kind of like WW2 munitions or something, but completely unintentional!
If a live wire was touching the chassis and tripping the breaker likely because the chassis was grounded that would mean it’s wired correctly though. Unless like a neutral broke off and touched the live chassis causing the overload?
Yeah I don’t envy drywallers. That is exhausting work, especially since a lot of them get paid by the sheet. There’s a running joke in construction about them constantly leaving soda bottles full of piss because they can’t take the time to go to the john.
Electrical construction (I mostly did commercial fwiw, but dabbled in residential and industrial as well) can be pretty rough too. Other than the brief time I worked with the union, you’re pretty much expected to bust ass all day every day, forever. It was… not fun, most of the time.
But you’re right on the last point too - once you really understand the system, most faults can be tracked down and figured out pretty quickly. After all, electricity is basically binary - either the circuit works, or it doesn’t, in which case you just keep following it back to the part where it does work, and now you can find the problem.
It’s not always that simple, like if multiple circuits are sharing a neutral, or you’ve just got a loose neutral connection… but as you may guess, if you’ve got power where you’re supposed to but the thing still won’t work, the problem is the neutral. So… it’s still kinda simple lol. There’s only so many parts to a circuit after all.
And then of course you have those rare issues where the fault is actually dangerous! Just a few years ago I called an electrician to my house because the breaker for the laundry room light fixtures was tripping every time, so I suspected a short. The electrician who showed up (hell of a guy, loved to chat!) said the ceiling light fixture was wired incorrectly and the housing was live! A quick and easy fix for him but anyone changing a lightbulb on that socket over the past 30 years was risking a shock!
Of course this is only 120V AC so not the deadliest thing in the world, but it’s always fascinated me that a fault can go unnoticed for many many years and still pose a hazard. It’s kind of like WW2 munitions or something, but completely unintentional!
If a live wire was touching the chassis and tripping the breaker likely because the chassis was grounded that would mean it’s wired correctly though. Unless like a neutral broke off and touched the live chassis causing the overload?
He said live and neutral were reversed. The ground connection to the chassis was correct though!
Ahh I see. By housing you just meant the screw portion of an edison socket.